A variant version of BioLogic’s benchmark electrochemistry control and analysis software, designed for programmers/researchers with experience of coding, wishing to utilize the package in highly specialized, customized environments.
Some highly specialized projects require the development of proprietary software to manage Potentiostat / Galvanostats and FRA. For such projects, BioLogic has developed EC-Lab ® Developer Version, which allows programmers to integrate the software into their own software.
This package supports the following instruments:
SP50/SP-150/SP-50e/SP-150e/SP-200/SP-240/SP-300,
VSP/VSP-3e/VSP-300, VMP3/VMP-3e/VMP-300,
MPG-2 series, HCP-803/HCP-1005
The EC-Lab® Developer package includes a Developer Link Library( DLL) with specific functions for:

• connection/disconnection to a selected instrument,
• initialization of the channels by loading the firmware,
• loading techniques on the channels,
• start/stop the selected channels,
• retrieving data.

The package also includes USB drivers and a library with almost 30 DC and AC techniques (*.ecc files). Different examples with test programs are available in four languages: LabVIEW (including Vis), C+/C++, C# (not for VMP3 instruments), DELPHI, VEEPRO & Python.
Tested configurations:

• C#/C/C++ (32/64 bits)
• LabVIEW (32/64 bits)
• Python (32/64 bits) – example given here https://pyexplabsys.readthedocs.io/drivers/bio_logic.html#

Techniques:

• Open Circuit Voltage technique
• Cyclic Voltammetry technique
• Cyclic Voltammetry Advanced technique
• Chrono-Potentiometry technique
• Chrono-Amperometry technique
• Voltage Scan technique
• Current Scan technique
• Constant Power technique
• Constant Load technique
• Potentio Electrochemical Impedance Spectroscopy technique
• Staircase Potentio Electrochemical Impedance Spectroscopy technique
• Galvano Electrochemical Impedance Spectroscopy technique
• Staircase Galvano Electrochemical Impedance Spectroscopy technique
• Differential Pulse Voltammetry technique
• Square Wave Voltammetry technique
• Normal Pulse Voltammetry technique
• Reverse Normal Pulse Voltammetry technique
• Differential Normal Pulse Voltammetry technique
• Differential Pulse Amperometry technique
• Vs Time technique
• Linear Polarization technique
• Generalized Corrosion technique
• Cyclic PotentioDynamic Polarization technique
• PotentioDynamic Pitting technique
• PotentioStatic Pitting technique
• Zero Resistance Ammeter technique
• Manual IR technique
• IR Determination with PotentioStatic Impedance technique
• IR Determination with GalvanoStatic Impedance technique
• Loop technique
• Trigger Out technique
• Trigger In technique
• Trigger Out Set technique